Archive for month: June, 2018

Ateknea is pleased to be part of a European consortium of 18 partners from 11 countries behind FIBRESHIP an ambitious innovation project that will develop a new market focused on the integral construction of large length ships in composite materials, a breakthrough for the shipbuilding and shipping industry.

FIBRESHIP will improve the competetiveness of the European shipping stakeholders in the global market and become a seed project with enormous potential to transform the whole maritime European industry. The consortium aims at developing the technology to enable the building of the complete hull and superstructure of large length ships in fibre-reinforced plastic (FRP) materials.

The project will concentrate its activity on three vessel categories identified as the most promising for market uptaking: light commercial ships, passenger transport ships and special service vessels. FIBRESHIP will fully demonstrate the developed solutions on a partial prototype to be built by the second part of the project, by improving the efficiency of vessels with beneficial impacts on industrial, economic, social, and environmental aspects.

The project will bring together an outstanding partnership representing the European shipbuilding and shipping industry of an international consortium with 18 organisations out of 11 countries. This is one of the most ambitious and highly valued projects so far funded by the European Union’s H2020 programme and has a total budget of 11 million EUR.

Announcing the new budget, Carlos Moedas, the Commissioner for Research, Science, and Innovation, said: “Horizon 2020 is one of Europe’s biggest success stories. The new Horizon Europe programme aims even higher.”

The development of EU R&I funding through the years

With the newly proposed funding, which has increased from €77 billion from the previous period, the Commission plans “to strengthen the EU’s global scientific leadership, and re-engage citizens by setting ambitious new missions for EU research,” said Moedas.

Horizon Europe is to be implemented through three pillars:

Here at Ateknea we are delighted to see the EU’s continued commitment to developing a more environmentally-friendly society, boosting job creation and growth, and strengthening the EU’s global scientific leadership while improving people’s daily lives through Research and Innovation.

After being approved for Phase 2 SME instrument funding last January 2017, the LEDMOTIVE team has been working with Ateknea’s engineering team to develop the final stage of the ELLIOT project. Last week, both teams took part in a demonstration session to improve the design of the communications unit and the cloud software development of the EU funded project.

ELLIOT is an EU funded technology that is being developed to be able to reproduce any light spectrum for the professional lighting industry (research, art, and health) based on LED luminaires. The objective of the project is to develop an ecosystem of interconnected and standardized products for the mass market that allows outstanding lighting quality while minimizing energy consumption.

The system consists of a family of products that include:

A light source able to record, process, and playback light spectral fingerprints in real-time, regardless of whether they are natural, artificial, or custom-made for different applications.

A web-based system that allows the interaction between end-users and light sources.

Our team is participating in two main elements:

Design of the communications units: Ateknea is designing and developing a set of communication options in separate small modules connected to the LED modules.

Cloud Software Development: Ateknea is developing the cloud platform that allows users to join the LEDMOTIVE community, remotely control the LED lamps, and manage all possible configurations related to them.

With these improvements of the ELLIOT project, LEDMOTIVE has been working on a solution that meets the needs it set out to achieve, allowing an increase in energy efficiency in the lighting industry. With Ateknea’s support, the project is set to reach its final stage very soon!

https://ateknea.com/wp-content/uploads/2018/06/Elliot_-News_ExternalCom-1.jpg3911030Ateknea Solutionshttps://ateknea.com/wp-content/uploads/2017/11/Logotipe-Ateknea-CMYK_border.pngAteknea Solutions2018-06-13 11:15:022018-07-17 12:52:36Ateknea and LEDMOTIVE work on the final development of ELLIOT

As one of the leading air quality sensor technologies in the market today, Bettair Cities and Ateknea were invited to take part in an event, organised by MAPAMA (the Spanish ministry for Agriculture, Food, and the Environment), specifically dedicated to discussing the current state-of-development of low-cost sensors for air quality and their possible applications in today’s society.

Over the past ten years, significant progress has been made in the field of low-cost air quality sensors, but limitations in terms of accuracy and the ability for measurement in real-time on a mass scale have stood in the way of any low-cost, high-performing air quality sensor taking the place of the reference equipment currently used for legislative purposes relating to air quality.

This will not be the case for long.

The Spanish academic-scientific and administrative-technical communities in the field decided the moment had come to organize an event: a day of information and debate on the use of and applications for low-cost sensors in today’s society. The leading companies providing these types of sensors and networks, including Bettair and Ateknea, were invited to present their products and applications, and to discuss the current situation with air quality experts from different administrations, universities, and research centres. They covered the following topics:

Last week, the European Innovation Council released the latest results of the SME Instrument, delivering some excellent and exciting news: with Ateknea’s help, Restb.ai has been approved by the European Commission for Phase 2 funding!

The project selected to receive funding is CV4RE (Computer Vision for Real Estate), an AI image-tagging AI tool designed to automatically identify the different categories and features of a home (fireplace, hardwood floors, etc.) from large volumes of listings images, with 99% accuracy. This revolutionary (and proprietary) proptech was designed by Restb’s talented team specifically for Real Estate companies, and trained on over 10 million images to describe photos with an expert eye.

The benefits are widespread for both buyers and sellers in the Real Estate sector, providing precisely categorized information about database images, allowing potential customers to more effectively search for their future homes, and Real Estate companies to attract, engage, and convert more (and happier) buyers, as well as allowing screen readers to describe critical visual content to the visually impaired.

With the SME Instrument EU funding they will now improve their products and develop new ones to accelerate the adoption of their solutions by the market, working with Ateknea’s experienced team of engineers to bring this disruptive and sector-altering innovation to the European market and beyond!